EasyPro PBF6000BL Pressurized Bead Filter with Blower for Ponds & Fish Systems / 6000 Gallon Max. / Biological & Mechanical Media Provides Excellent Filtration/Easy Intallation & Cleaning

Promoting an aqua-friendly environment for fish and plants in your pond is easily achieved with the EasyPro pressurized bead filter. The PBF6000BL removes the waste from fish, plants, and free floating debris that contributes to toxic build up of ammonia, nitrites, sludge, and excess nutrients that contribute to algae blooms and cloudy water. Beneficial Bacteria colonize on the surface of the ultimate tube media. Beneficial bacteria help break down fish toxic ammonia and create a healthy environment for aquatic life. There is a need to consider the size of the pond when choosing a bead filter, and EasyPro provides a wide range of different bead filter sizes to meet your needs. A properly sized and installed filter will provide excellent water quality for maximum pond enjoyment

• Simple Installation! Pre-assembled strong, heavy duty, polyethylene filter body for easy “out-of-the-box” installations with a 3-year warranty. Treats ponds up to 6000 gallons. - less with a fish load.
• Easy Cleaning! Includes blower upgrade option. Blower first loosens debris and allows the backflush to be completed with an energy-efficient, low-head circulation pump. Back flush waste line has a clear section to easily monitor the cleaning cycle.
• Works through biofiltration! In addition to mechanical filtration, the bead filter is very efficient in providing biological filtration by housing and enhancing the growth of beneficial bacteria on tube media helping to eliminate harmful toxins like ammonia and nitrites.
• Contributes to a balanced pond environment! The bead filter traps free floating particles resulting in cloud free water, and other debris material out of the water preventing harmful slug build up. Ideal for water gardens, koi ponds, hybrid ponds and fish systems.
• No water flow disturbance! The PBF6000BL allows unrestricted flow of water through the unit. The high flow rate media creates very little back pressure or resistance inflicted on the pump.